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International Telemetering Conference Proceedings / October 26-29, 1992 / Town and Country Hotel and Convention Center, San Diego, California / Terms like efficiency, quick response, and interoperability are becoming the bywords of the test and evaluation (T&E) community as the Defense Department tightens its corporate belt [1]. These changes mark the end of an era of manual processes and duplication of effort and the beginning of an era of cooperation, standards, and Total Quality Management (TQM). Managing the huge volume of telemetry information required to support flight test at the Air Force Flight Test Center (AFFTC) has required new paradigms and system development strategies. These new ideas have resulted in the Aircraft Information Management System (AIMS), a system designed to meet the challenges of a new era in T&E. This paper discusses the AIMS design and function as background for the deeper issue of effective, efficient management of telemetry setup information. The information history model used in AIMS is presented and discussed. In the process of developing standards for the AIMS a methodology was discovered and successfully implemented for resolving information management issues in the framework of system development.

In an infectious animal disease outbreak, effective management of the event requires timely and accurate information collection, processing, storage and distribution. This thesis focuses on the tools to assist information collection and management. The first study describes the comparison of questionnaire methodology for the information collection in the initial epidemiologic investigation of a Canadian federally reportable disease. The second study defines attributes of an animal disease outbreak information management system (IMS). The studies were performed within a one-year period (July 2013-July 2014). The first study performed two comparisons to determine differences in the information quality (completeness and accuracy) between differing questionnaire methodology and modes of completion (hard copy and electronic). The study was conducted with 24 Canadian Food Inspection Agency (CFIA) inspectors and veterinarians using a fictitious Canadian reportable disease scenario. The first comparison used a hard copy of a Canadian Food Inspection Agency (CFIA) questionnaire designed to be applicable (or generic) for all highly infectious reportable disease investigations with a supplementary disease specific section compared to an electronic disease specific reportable disease questionnaire. There was no significant difference in the information quality (N = 22; P = 0.09). The mean difference in completeness and accuracy scores was 3.5% (95% CI -0.6, 7.6). The second comparison focused on the hard copy disease questionnaire and assessed differences in information quality between using only the generic sections of the questionnaire compared to the supplementation of a disease specific section. A difference in information quality was determined (N = 24; P < 0.0001). The mean completeness and accuracy score for the generic only sections was 50.2% (95% CI 43.6, 57.2) compared to 80.2% (95% CI 76.2, 84.5) with the inclusion of the disease-specific section. The greatest difference in information quality occurred in the tracing specific information categories (P < 0.0001) with a mean difference of completeness and accuracy scores of 67.7% (95% CI 52.0, 83.4) for the trace-in (exposure history) category and 38.3% (95% CI 28.3, 48.3) for the trace-out (potential spread of disease) category. The absence of disease-specific questions were determined to be the primary factor in the difference in information quality. The second study determined a comprehensive list of user-defined attributes of an animal disease outbreak IMS and further identified the most important (key) attributes. A list of 34 attributes and associated definitions were determined through a series of focus group sessions and two surveys of Canadian animal health stakeholders. The animal health stakeholders included federal and provincial governments, veterinary academia and animal production industry representatives. The key attributes of an animal disease outbreak IMS identified were: ‘user friendly’, ‘effectiveness’, ‘accessibility’, ‘data accuracy’, ‘reliability’ and ‘timeliness’. ‘User friendly’ received the highest frequency of ranking as the most important attribute, followed by ‘effectiveness’. Information management was identified as the main purpose of an animal disease outbreak IMS with a median rating of 10 (rating scale of 0-10 with 10 = strongly agree). The occurrence of a federally reportable disease or a large-scale animal disease outbreak can have a great impact on the animal agriculture sector, regulatory government agencies and the economy. Information collection and management are essential to assist with the epidemiologic investigation and disease control measures. The study provided a novel opportunity to study information management for an animal disease outbreak from a Canadian perspective. The knowledge obtained will add value to the future development of tools and systems designed for information collection and management involving an animal disease outbreak.

International Telemetering Conference Proceedings / October 25-28, 1993 / Riviera Hotel and Convention Center, Las Vegas, Nevada / The increasing complexity and volume of the information needed to support flight test missions has led to a need to expand the capability of current test data management systems. While the abilities currently exist to collect and manage calibration and telemetry information in an automated fashion, new requirements have emerged to link this data with other systems and to expand the functions and devices supported. Coordinating and directing the overall flow of information required for a successful flight test is a very big task. It calls for a view into flight test planning and scheduling activities, test objectives and methods, and the requirements for viewing and processing the test data in real-time and postflight. To meet this challenge, the Automated Test Data Management System (ATDMS) is being developed at the Air Force Flight Test Center (AFFTC), Edwards AFB, California. This paper describes the critical information and interfaces that the ATDMS will manage to bring cohesion to the management of flight test support data.

Thesis (Ph. D.)--University of Texas at Austin, 1996. / Includes bibliographical references (leaves 294-305).

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Orientador: Antonio Batocchio / Tese (doutorado) - Universidade Estadual de Campinas, Faculdade de Engenharia Mecanica / Made available in DSpace on 2018-08-08T14:39:58Z (GMT). No. of bitstreams: 1 Dagnone_CarlosAugustoFernandes_D.pdf: 4873205 bytes, checksum: b23d781adbe55441373668533ae3cc87 (MD5) Previous issue date: 2006 / Resumo: No presente trabalho é apresentada uma proposta de ambiente computacional cuja finalidade é auxiliar na coordenação de processos de aquisição de bens do setor metal-mecânico entre empresas integradas por redes de fornecedores. Para atingir este objetivo, foi executada uma pesquisa bibliográfica sobre os conceitos envolvendo o gerenciamento da cadeia de suprimentos, controle de estoques intermediários e de segurança e tecnologias associadas à comunicação em redes de computadores e simulação de sistemas. Como resultado, foi desenvolvido o SIPES (Sistema de Informação para o Planejamento de Estoques baseado em Simulação), uma plataforma que implanta os resultados teóricos discutidos e é responsável por gerar estimativas de níveis de estoques a partir de demandas conhecidas e de informações fornecidas por modelos de simulação da produção das empresas envolvidas. Pretende-se, deste modo, aproximar os elos da cadeia de suprimentos em termos de seus requerimentos de compras em lugar de priorizar estratégias individuais para esta função, além de tornar disponível um ambiente passível de incrementos futuros / Abstract: This work is intended to presents a proposal of a computer environment framework whose objective is to help in coordinating the acquisition process of goods of the metal-mechanic sector among organizations integrated by supplier chains. To achieve this, a bibliographic research was made about concepts involving supply chain management, cycle and safety inventory control and technologies linked to computer networks communications and systems simulation. As an outcome, SIPES (Computer Simulation-based Information System for Inventory Planning) was developed, a platform that implements the theoretical aspects discussed and whose aim is to generate inventory level estimates under known demands and results from production simulation of the related enterprises. The idea is to group them around common buying requirements instead of prioritize a single enterprise's individual strategies for this function, as well as to provide an environment that can receive further improvements / Doutorado / Materiais e Processos de Fabricação / Doutor em Engenharia Mecânica

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O trauma é uma das principais causas de morte no mundo. Estima-se que mais de cinco milhões de pessoas morrem anualmente por algum tipo de trauma e que outras milhões que sobrevivem aos ferimentos ficam com sequelas temporárias ou permanentes, o que implica em custos diretos e indiretos de bilhões de reais. Desta forma, o problema do trauma envolve questões de ordem epidemiológica, social, assistencial, financeira e de gestão. Uma das maneiras de minimizar este problema é avaliar as fases do atendimento por meio de programas de melhoria de qualidade. O Comitê de Trauma do Colégio Americano de Cirurgiões criou uma base de dados única de registros de traumas de diversos centros nos Estados Unidos e Canadá na base de dados única do National Trauma Data Bank (NTDB). Após coletados, os dados são processados e transformados em relatórios anuais com indicadores que fornecem uma visão da situação geral do atendimento ao trauma em todo o país. Muitos países investem recursos para construir registros de trauma ou base de dados regionais, que são importantes fontes de dados para construção de indicadores de qualidade. No Brasil não existe a notificação sistemática dos pacientes traumatizados nos serviços de saúde. O presente estudo tem por finalidade desenvolver um software com módulo de notificação e vigilância epidemiológica dos traumas associado à monitorização e análise dos dados consolidados utilizando indicadores de qualidade. Para teste do software foi utilizado o banco de dados de pacientes traumatizados atendidos na Unidade de Emergência do Hospital das Clínicas da Faculdade de Medicina de Ribeirão Preto - Universidade de São Paulo (UE-HCFMRP/USP) no período de 2006 a 2014. No software desenvolvido há duas maneiras de inserir dados de trauma: manualmente por meio do preenchimento do formulário eletrônico de notificação ou por meio da importação direta de arquivo Excel com a mesma sequência de dados. Desta forma, os indicadores são gerados automaticamente e podem ser visualizados em gráficos e tabelas. Os resultados obtidos através do uso da ferramenta foram utilizados para analisar a situação da assistência ao trauma na região de Ribeirão Preto. A análise destes resultados também foi essencial para verificar a capacidade da ferramenta em prover informações relevantes para a gestão hospitalar. A partir da análise dos resultados obtidos, concluímos que a ferramenta pode auxiliar a avaliação da qualidade do atendimento ao trauma. Uma possibilidade de expansão do sistema é incluir novos indicadores e coletar dados de outras instituições para permitir benchmarking externo. / Trauma is a leading cause of death worldwide. It is estimated that more than five million people die annually from some sort of trauma and millions more who survive their injuries are left with temporary or permanent sequelae, which leads to billions of Reais in direct and indirect costs. Thus, the question of trauma involves epidemiological, social, healthcare, financial and management issues. One way to lessen such problems is to evaluate the phases of medical care through quality improvement programs. The American College of Surgeons Committee on Trauma has created a unique aggregation of trauma registry data from several centers in the United States and Canada in a single database, the National Trauma Data Bank (NTDB). After collected, the data are processed into annual reports with indicators that provide a view of the overall situation of trauma care nationwide. Many countries invest resources on gathering trauma registries or building regional databases, which are important sources of data for generating care quality indicators. In Brazil there is no systematic notification of trauma patients in health services. The present study aims to develop a software with a trauma notification and epidemiological surveillance module associated with the monitoring and analysis of the consolidated data using care quality indicators. To test the software we used the database of trauma patients treated at the Emergency Unit of the Clinics Hospital at the Ribeirão Preto Medical School - University of São Paulo (UE HCFMRP/USP) from 2006 to 2014. There are two ways to feed the software with the trauma data: manually, by completing an electronic notification form or by directly importing an Excel file with the same data stream. The indicators are then generated automatically and can be viewed in charts and tables. The results yielded from the software were used to assess the situation of trauma healthcare in the Ribeirão Preto region. The analysis of such results was also crucial to determine the software capacity to provide relevant information for hospital management. The results analysis led us to conclude that the software can help assess the quality of trauma healthcare. A possibility of system expansion is to include new indicators and collect data from other institutions to allow external benchmarking.

O trauma é uma das principais causas de morte no mundo. Estima-se que mais de cinco milhões de pessoas morrem anualmente por algum tipo de trauma e que outras milhões que sobrevivem aos ferimentos ficam com sequelas temporárias ou permanentes, o que implica em custos diretos e indiretos de bilhões de reais. Desta forma, o problema do trauma envolve questões de ordem epidemiológica, social, assistencial, financeira e de gestão. Uma das maneiras de minimizar este problema é avaliar as fases do atendimento por meio de programas de melhoria de qualidade. O Comitê de Trauma do Colégio Americano de Cirurgiões criou uma base de dados única de registros de traumas de diversos centros nos Estados Unidos e Canadá na base de dados única do National Trauma Data Bank (NTDB). Após coletados, os dados são processados e transformados em relatórios anuais com indicadores que fornecem uma visão da situação geral do atendimento ao trauma em todo o país. Muitos países investem recursos para construir registros de trauma ou base de dados regionais, que são importantes fontes de dados para construção de indicadores de qualidade. No Brasil não existe a notificação sistemática dos pacientes traumatizados nos serviços de saúde. O presente estudo tem por finalidade desenvolver um software com módulo de notificação e vigilância epidemiológica dos traumas associado à monitorização e análise dos dados consolidados utilizando indicadores de qualidade. Para teste do software foi utilizado o banco de dados de pacientes traumatizados atendidos na Unidade de Emergência do Hospital das Clínicas da Faculdade de Medicina de Ribeirão Preto - Universidade de São Paulo (UE-HCFMRP/USP) no período de 2006 a 2014. No software desenvolvido há duas maneiras de inserir dados de trauma: manualmente por meio do preenchimento do formulário eletrônico de notificação ou por meio da importação direta de arquivo Excel com a mesma sequência de dados. Desta forma, os indicadores são gerados automaticamente e podem ser visualizados em gráficos e tabelas. Os resultados obtidos através do uso da ferramenta foram utilizados para analisar a situação da assistência ao trauma na região de Ribeirão Preto. A análise destes resultados também foi essencial para verificar a capacidade da ferramenta em prover informações relevantes para a gestão hospitalar. A partir da análise dos resultados obtidos, concluímos que a ferramenta pode auxiliar a avaliação da qualidade do atendimento ao trauma. Uma possibilidade de expansão do sistema é incluir novos indicadores e coletar dados de outras instituições para permitir benchmarking externo. / Trauma is a leading cause of death worldwide. It is estimated that more than five million people die annually from some sort of trauma and millions more who survive their injuries are left with temporary or permanent sequelae, which leads to billions of Reais in direct and indirect costs. Thus, the question of trauma involves epidemiological, social, healthcare, financial and management issues. One way to lessen such problems is to evaluate the phases of medical care through quality improvement programs. The American College of Surgeons Committee on Trauma has created a unique aggregation of trauma registry data from several centers in the United States and Canada in a single database, the National Trauma Data Bank (NTDB). After collected, the data are processed into annual reports with indicators that provide a view of the overall situation of trauma care nationwide. Many countries invest resources on gathering trauma registries or building regional databases, which are important sources of data for generating care quality indicators. In Brazil there is no systematic notification of trauma patients in health services. The present study aims to develop a software with a trauma notification and epidemiological surveillance module associated with the monitoring and analysis of the consolidated data using care quality indicators. To test the software we used the database of trauma patients treated at the Emergency Unit of the Clinics Hospital at the Ribeirão Preto Medical School - University of São Paulo (UE HCFMRP/USP) from 2006 to 2014. There are two ways to feed the software with the trauma data: manually, by completing an electronic notification form or by directly importing an Excel file with the same data stream. The indicators are then generated automatically and can be viewed in charts and tables. The results yielded from the software were used to assess the situation of trauma healthcare in the Ribeirão Preto region. The analysis of such results was also crucial to determine the software capacity to provide relevant information for hospital management. The results analysis led us to conclude that the software can help assess the quality of trauma healthcare. A possibility of system expansion is to include new indicators and collect data from other institutions to allow external benchmarking.